1. [1] Hinatsu M., On Energy Saving of Ships by use of Air Lubrication Method, (in Japanese) J. Japan Institute of Marine Engineering, Ser.490, Vol.46, No.6 , 68-71 (2011)
2. [2] Hinatsu M., Kawashima H., Harumi K. and Fukuda T., Air Lubrication Method as an Energy Saving Device for Ships toward Practical Application, The 9th Research Presentation Meeting of National Maritime Research Institute, 77-86, (2009)
3. [3] Kawashima H., Hinatsu M., Kodama Y., Hori T., Sakoda M. and Makino M., An Experimental Study on Propeller Characteristics in Bubbly Flows Part 1: Measurement of Local Void Ratio and Velocity Field at Propeller with Bubbly Flow, (in Japanese) J. Japan Soc. of Naval Architects and Ocean Engineers, Vol.9, 63-70, (2009)
4. [4] Hinatsu M. Kawashima H., Kodama Y., Hori T., Sakoda M. and Makino M., An Experimental Study on Propeller Characteristics in Bubbly Flows Part 2: Result of Propeller Open Water Test in Bubbly Flow, (in Japanese) J. Japan Soc. of Naval Architects and Ocean Engineers, Vol.9, 71-78, (2009)
5. [5] Nagamatsu T., Kodama Y., Kakugawa A., Takai M., Murakami K., Ishikawa S., Kamiirisa H., Ogiwara S., Yoshida Y., Suzuki T., Toda Y., Kato H., Ikemoto A., Yamatani S., Imo S and Yamashita K., A Full-scale Experiment on Microbubbles for Skin Friction Reduction Using "SEIUN MARU" : Part 2 : The Full-scale Experiment, (in Japanese) J. Soc. Naval Architects of Japan, Vol. 192, 15-28, (2002)